Basalt Crushing Equipment

Basalt Crushing Equipment

Basalt jaw crusher

The basalt jaw crusher has a simple structure, reliable operation and low operating costs. The crushing chamber is deep and has no dead zone, which improves the feeding capacity and output; the crushing ratio is large and the product granularity is uniform. The gasket type discharge port adjusting device is reliable and convenient, and has a large adjustment range, which increases the flexibility of the device and can meet the requirements of different users. The lubrication system is stable and reliable, the parts are easy to replace, and the maintenance workload is small. Equipment energy saving: single machine energy saving 15% ~ 30%, system energy saving more than double; low noise, less dust. Because of these performance characteristics, it has obvious advantages in crushing basalt, which is more difficult to break.

The crushing method of the jaw crusher is a curved extrusion type. The motor drives the belt and the pulley. The eccentric shaft moves the movable jaw up and down. When the moving jaw rises, the angle between the bracket and the moving jaw becomes larger, thus pushing the moving jaw. The slab is close, and at the same time, the basalt is crushed, smashed, crushed, etc.; when the yoke is descending, the angle between the bracket and the moving jaw becomes smaller, and the moving jaw leaves the slab under the action of the tie rod and the spring. The plate, at this time, the broken basalt is discharged from the lower mouth of the crushing chamber, and the continuous crushing and discharging of the motor as the motor continuously rotates to realize mass production.

Basalt cone crusher

The basalt cone crusher is a modern one based on the introduction and absorption of foreign technology, based on the customer's needs, based on the principle of laminating crushing and multi-breaking and grinding concept design, which integrates high swing frequency, optimized cavity and reasonable stroke. The high-performance spring cone crusher has the characteristics of uniform grain size, good stability, convenient clearing, reliable operation, convenient maintenance, low production cost and wide application. It can meet the requirements of basalt products with different requirements.

Crushing Equipment

When the CS cone crusher is working, the eccentric sleeve is driven by the motor through the V-belt, the large pulley, the transmission shaft, the bevel gear, and the large bevel gear, and the broken conical shaft core is rotated and oscillated under the eccentric bushing. The surface of the broken wall is close to and sometimes leaves the surface of the rolling wall, so that the basalt is continuously crushed, crushed and bent in the annular crushing cavity composed of the fixed cone and the moving cone. After repeated extrusion, impact and bending, the basalt is broken to the required particle size and discharged through the lower part.

Basalt impact crusher

The basalt impact crusher has large feed port, high crushing chamber, high material hardness, large block size and less product stone powder. The gap between the counterattack plate and the plate hammer can be easily adjusted, the discharge granularity is effectively controlled, the particle shape is good, and the structure is compact. Strong rigidity of the machine, large moment of inertia of the rotor; high chrome plate hammer, anti-impact, anti-wear and impact force; no key connection, convenient maintenance, economical and reliable; full crushing function, high productivity, small wear of the machine parts, comprehensive benefits high. Use this equipment to break the hard-to-break basalt and get twice the result with half the effort. This series of products can handle materials with a side length of 100-500 mm, with a compressive strength of up to 350 MPa, with a large crushing ratio and cubic material after crushing.

The impact energy can be used to break the basalt. When working, the rotor rotates at high speed under the driving of the motor. When the basalt enters the action area of ??the hammer, it collides with the hammer on the rotor, and then is thrown to the counter-attack device to break again, and then From the counter-attack liner back to the hammer action zone to re-break, this process is repeated, the basalt from the big to the small into the first, second, third, counter-attack cavity repeated crushing until the basalt is broken to the required particle size, by the discharge The mouth is discharged. Adjusting the gap between the counterattack and the rotor can achieve the purpose of changing the size and shape of the basalt discharge.

Basalt sand making machine

The basalt sand making machine is our main sand making equipment. It is easy to install and easy to operate. It has a large processing capacity and the output is up to 50-500t/h. It adopts the excellent impact chamber material impact angle design and has less friction with the wear parts. The wearing parts are low in consumption; the product shape is excellent in cube shape, the gradation is reasonable, the fineness modulus is adjustable; the repair and replacement of the parts in the crushing chamber is convenient and quick, the downtime is shortened, the time and labor are saved; the automatic detection and the quality are reliable; It is a multi-purpose machine, flexible application, low noise and less pollution. For a society that requires environmental protection and promotes energy conservation and consumption reduction, it is a better choice to use this equipment to crush basalt.

The basalt falls into the feeding hopper of the sand making machine, enters the high-speed rotating wheel through the center feeding hole, and is rapidly accelerated in the boring wheel. The acceleration can reach tens of times the gravity acceleration, and then the high-speed shot from the wheel, first with After rebounding, another part of the basalt that fell freely hits and then hits the basalt lining together, and is rebounded obliquely upward to the top of the vortex chamber, changing its direction of movement, deflecting downward, and emitting from the impeller flow path. The basalt impacts form a continuous basalt curtain. In this way, a piece of basalt is subjected to two to many chances of impact, friction and grinding and crushing in the vortex breaking chamber. The broken basalt is discharged from the lower discharge opening.